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Material guide

Marking Gold, Silver, Stainless Steel and Brass

How laser settings differ when marking gold, silver, stainless steel and brass jewelry.

Watch the process

Machine footage on the ESTAR TECH channel Factory and production-line video for the full machine range.

Different jewelry metals respond differently to laser energy. This guide explains how to adapt settings by metal for clean, legible marks.

Gold and silver

Highly reflective precious metals usually mark best with controlled power and optimized frequency to build contrast without excessive heat.

Stainless steel

Stainless takes deep, durable marks and annealed black marks well, making it forgiving for serial numbers and logos.

Brass

Brass marks cleanly and is common for fashion jewelry and samples; settings are similar to other non-ferrous metals.

Testing before production

Always run a short test on scrap of the same alloy before committing a production batch, then save the profile for repeatability.

Frequently Asked Questions — Marking Gold, Silver, Stainless Steel and Brass

What is Marking Gold, Silver, Stainless Steel and Brass?

Different jewelry metals respond differently to laser energy. This guide explains how to adapt settings by metal for clean, legible marks.

Why does Marking Gold, Silver, Stainless Steel and Brass matter for jewelry production?

Tuning power, frequency and speed per metal protects surface finish and ensures consistent, high-contrast marks across mixed production.

Which machines are used for Marking Gold, Silver, Stainless Steel and Brass?

Sawyers supplies a range of laser marking machines for this work; the related equipment below is filtered to it.

How do I choose the right equipment for Marking Gold, Silver, Stainless Steel and Brass?

Start from the job — process, metal, wire diameter or marking depth — then match power and capacity to it. The equipment finder narrows the options in a few clicks.

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